Meetion BTM002 Rechargeable Wireless And Bluetooth Dual Mode Khaki Gaming Mouse

Meetion BTM002 Rechargeable Wireless & Bluetooth Dual Mode Khaki Gaming Mouse

🔹 Product Description (English)

The Meetion BTM002 Khaki Gaming Mouse combines elegant style with flexible performance, making it ideal for both gaming and everyday use. Featuring dual-mode connectivity (2.4GHz wireless + Bluetooth), it allows seamless switching between devices while maintaining stable and responsive performance.

With its lightweight ergonomic design, silent click buttons, and rechargeable battery, this mouse delivers comfort, portability, and efficiency in a unique khaki color finish.

🔹 Key Features

• Dual Mode Connectivity (2.4G + Bluetooth)
  Connect via USB receiver or Bluetooth and switch easily between devices with stable performance up to 10 meters.
• Rechargeable Battery (USB-C)
  Built-in battery with energy-saving technology provides long usage without replacing batteries.
• Silent Click Design
  Quiet buttons create a noise-free experience—perfect for office, study, or late-night use.
• Lightweight & Portable (~75g)
  Compact design ensures easy portability and comfortable daily use.
• Adjustable DPI (800 / 1200 / 1600)
  Flexible sensitivity for different tasks like work, browsing, or light gaming.
• Anti-Slip Ergonomic Grip
  Side texture improves control and prevents slipping during long sessions.
• Plug & Play
  No drivers required—just connect and start using instantly.

🔹 Technical Specifications

• Model: BTM002
• Type: Wireless / Bluetooth Dual Mode Mouse
• Color: Khaki
• Connectivity: 2.4GHz Wireless + Bluetooth
• DPI: 800 / 1200 / 1600
• Buttons: 5 + 1
• Wireless Range: Up to 10 meters
• Battery: Rechargeable (USB Type-C)
• Weight: ~75g
• Dimensions: 102 × 64 × 35 mm
• Interface: USB / Type-C
• Compatibility: Windows / Mac / Android / iOS
• Key Lifespan: ~3 million clicks

🔹 Ideal For

• Office & business users
• Students & daily use
• Multi-device setups (Laptop + Tablet + PC)
• Users who want unique color + wireless flexibility